A humanoid robot splits the difference.
人形机器人打破了这一差别。
Despite the name, Adam is not a humanoid robot.
名虽如此，亚当却不是一台人形机器人。
Keeping upright posture is one of the basic ability for the humanoid robot.
能够保持直立姿态是仿人机器人的基本能力之一。
A detecting and control system for arm motion of the humanoid robot is described.
介绍了拟人机器人上肢运动检测与控制系统。
The objective of this study is to control humanoid robot in real-time by using EMGs.
研究的目标是利用肌电信号实时控制仿生手的运动。
A humanoid robot head that can learn facial gestures and look at things it finds interesting.
一个仿人机器人，可以学习面部表情动作，如果看到有趣的东西它还会一直盯着看。
Japan has presented a humanoid robot, a cleaning robot and a porter robot in the Shanghai Expo.
在上海世博会，日本推出了仿人机器人、清洁机器人和机器人搬运工。
This paper points out problems in humanoid robot studies and brings up a novel 5 DOF bionics arm project.
分析了目前仿人机器人研究中存在的问题，提出一种新颖的5自由度手臂机器人方案。
It's loaded with supplies, as well as a humanoid robot that will be tested as a potential astronaut helper.
里面装满了物资，以及一个将被测验过的潜在的宇航小帮手—人形机器人。
The Emotional Humanoid Robot can express seven different feelings, including delight, surprise, sadness and dislike.
这台“人类情感机器人”可以表达七种不同的感情，包括喜悦、惊讶、悲伤和厌恶。
If a successful humanoid robot is to be sold to the general public, how will product safety and liability be handled?
如果一个成功的似人机器人在公众出售，产品的安全性、责任如何处理？
Directed expensive at the present price of humanoid robot, a low cost small biped robot used for research is designed.
针对现有仿人机器人造价高的缺点，文中设计了一款低成本的小型双足机器人研究平台。
Mybot is a humanoid robot capable of handling information, developed by the Korea Institute of Science and Technology.
麦博特是一个具备信息处理能力的仿生机器人。它由韩国科技机构研发。
Science fiction movies and novels often portrayed AI taking the form of a thinking machine embodied as a humanoid robot.
科幻电影和科幻小说经常会把人工智能描述为具有一个具有思考能力的机器形式的似人机器人。
Japanese researchers have developed a humanoid robot that can laugh and smile as it mimics a person's facial expressions.
日本研究人员研发出一款可模仿人的面部表情，例如微笑，大笑的人形机器人。
According to the project layout and task requirement the paper designs a new framework that is suited for humanoid robot.
本文根据项目规划和控制任务要求，按照从总体到部分、由主到次的原则，设计了一种适合仿人步行机器人控制的机构。
A humanoid robot will visit space for the first time in September aboard the space Shuttle Discovery, NASA announced Wednesday.
NASA在本周三宣布，第一台人形机器人将于今年九月搭乘发现号航天飞机首次踏入太空。
Therefore, this paper proposes a grid-based control system for a humanoid robot, and gives a method to realize it in detail.
为此，提出了一种基于计算机网格(以下简称网格)的仿人形机器人控制系统，并给出了该系统的具体实现方法。
That will be the first humanoid robot in space and will deal with the housekeeping chores so the astronauts can focus on their work.
届时，它将成为第一个进入太空的人形机器人，负责处理‘家庭’杂务，以便让宇航员专注于自己的专业工作。
Humanoid robot, which is one of the greatest inventions in the 20th century, is the advanced representation of robot technique.
机器人是20世纪人类最伟大的发明之一，仿人机器人则是其中尖端技术的代表。
And in accordance with the principles of its composition and its command system, designed humanoid robot control system software.
并根据它的组成原理及其指令系统，设计了人形机器人控制系统的软件。
This paper introduces the mechanical characteristics of an underactuated humanoid robot hand (TH1 hand) with changeable grasping force.
该文设计了变抓取力的欠驱动拟人机器人手TH-1。
Bionics shape design of lower limb prosthesis has always been the subject for the study of humanoid robot and rehabilitative prosthesis.
下肢机构的仿生构形设计一直是拟人机器人与康复假肢研究的重要课题。
Wilson argued that space was a uniquely good environment to showcase both the versatility of people and a general-purpose humanoid robot.
Wilson坚持认为，太空是一个特别优越的环境，它不仅可以展示人类宇航员的能力，而且可以令多用途的类人机器人表现出良好的适应能力。
Created two years ago, the humanoid robot is designed with the ability to read certain emotions from analysing expressions and voice tones.
两年前问世的“胡椒”人形机器人被设计成拥有通过分析表情和语调理解某些情绪的能力。
Scientists at the Honda Research Institute demonstrated the invention today by using it to move the arms and legs of an Asimo humanoid robot.
本田研究所的科学家现在展示的的可以手舞足蹈的机器人的发明是一个类人机器人Asimo。
Robonaut, who was supposed to start his career as the first humanoid robot in space this week, remains while the shuttle Discovery sorts out its problems.
图上这名机器宇航员本应在这周作为太空中首位人形机器人而开启它的服役生涯，不过，因为搭载它的航天飞机发现者号在检修故障，所以它的行程推迟了。
It is inapposite to analyze kinematics of humanoid robot with general method because its DOF is high and it has not a fixed base like industrial robots.
由于拟人机器人自由度数目众多而且不存在一般工业机器人那样的固定基座，使用常规方法对其进行运动学分析并不是很合适。
It is inapposite to analyze kinematics of humanoid robot with general method because its DOF is high and it has not a fixed base like industrial robots.
由于拟人机器人自由度数目众多而且不存在一般工业机器人那样的固定基座，使用常规方法对其进行运动学分析并不是很合适。
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